纳米结构材料在食品安全、包装和储存中的应用综述

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引用次数: 0

摘要

食品级纳米设计材料在很大程度上与一些方法一起用于进一步开发食品性能以及质量和医疗优势。食品级纳米结构材料在很大程度上包括无机和天然材料,其中天然纳米材料的利用,如多糖、蛋白质、脂质等,已经扩大了其基于资产的轮廓。食品级纳米结构材料在表面、遮光、风味、补充物质、流变学等方面可能会提供进一步开发的食品性能,这些都必须进行基本的检查。纳米结构材料同样用于培养捆扎材料,在基本和可选的捆扎,以减少浪费的定制适合的性能。尽管如此,食品处理是根据纳米颗粒在捆绑物和食品材料之间的运动特性和毒理学行为来估计的,因为食品处理是在存在周期内确保捆绑物安全的主要紧迫问题。其中,以多糖为基础的纳米结构材料,如纳米纤维素、纳米壳聚糖、纳米淀粉等,是广泛应用于调整食品性能的材料。
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A Review of using Nanostructured Materials in Food Safety, Packaging and Storage
Food-grade Nano designed materials are largely utilized with a few methodologies for further developed food properties as far as quality and medical advantages. The food-grade nanostructured materials for the most part incorporate inorganic and natural materials, where the utilization of natural nanomaterials, like polysaccharides, proteins, lipids, and others, has been expanded for their profile based assets. Food-grade nanostructured materials might offer further developed food properties as far as surface, shading, flavor, supplement substance, rheology and others, which must be basically checked. The nanostructured materials are likewise used to foster bundling materials, in both essential and optional bundling, for custom fitted properties with diminished waste. Be that as it may, the food handling is estimated as far as movement properties, toxicological conduct of nanoparticle among bundle and food materials, as food handling is a main pressing issue in securing the bundled items for the duration of the existence cycle. Among accessible, polysaccharide-based nanostructured materials, for example, nanocellulose, nanochitosan, nanostarch, and so on, are widely utilized materials for tuned food properties.
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